The phrase "atomic components" is correct and usable in written English.
It can be used in contexts related to science, technology, or systems where fundamental parts or elements are being discussed.
Example: "In the field of quantum physics, researchers study the behavior of atomic components to understand the fundamental forces of nature."
Alternatives: "fundamental elements" or "basic units".
04 π Z * ) 2 π (1 ) Where Z* is the average quasi-valence number (AQVN) determined by Z * = 1 N ∑ i = 1 m n i Z i (2 ) where Z i is the valence number of the i-th atomic component, n i is the number of atoms of the i-th component, m is the number of atomic components in the molecule, and N is the total number of atoms.
But these basic atomic components are by no means the only known subatomic particles.
That involves creating food from its basic atomic components – carbon, hydrogen, oxygen, and so on – without the need for soil, seed or animals.
His fluid was a Bose-Einstein condensate, a soup of atoms held at a blisteringly low temperature in which quantum effects can be discerned because noise made by the jiggling of the condensate's atomic components, which might otherwise be overwhelming, is suppressed by the cold.
As a typical macromolecular bio-system, atomic components and structures are much more complicated.
Leaving out account Cu from copper TEM grid, the atomic components of the nanotube are Si28.07, O34.36 and C37.57.
The oxide component comprises 22 25% of the zinc atomic component even though total zinc concentration increases from 287 μg g-1 at 2.5 cm to 515 μg g-1 at 34.5 cm.
From XPS, we have also known that the first sample included atomic tungsten component, WO2 component, and WO3 component.
The plant was built in 1874 for a thriving textile industry; when that went under in 1942, it was bought by Sprague, which made the trigger for the atomic bomb, components for the Gemini moon mission and electronic capacitors.
These functionalities are implemented in a form of so-called runnables which are atomic software components.
For the sake of simplicity and consistency with common practices in the core CIF dictionary, we follow the cif_core.dic's approach to represent matrices in separate "plain" data items (for example, standard anisotropic atomic displacement components in cif_core.dic's _atom_site_aniso_U_* data items) instead of relational database-style loops, used e.g. by the MPOD [21].
